Titlebook: Data Mining for Social Network Data; Nasrullah Memon,Jennifer Jie Xu,Hsinchun Chen Book 2010 Springer Science+Business Media, LLC 2010 Map

有害

Life and Livelihood in Sago-Growing Areasesigned to determine node status. Based on the model, we propose the use of a new measure based on team identification and random walks to determine status in knowledge networks. Using data obtained on collaborative patent networks, we find that the new measure performs better than others in identifying high-status inventors.

MAIM

Running in the World Upside Down. Accordingly, we have shown how genetic algorithms (GA) can be applied to optimize the fuzzy membership functions. This chapter demonstrates how fuzzy logic can be applied to a deviation value to better represent the degree of restructuring.

Itinerant

Integrating Genetic Algorithms and Fuzzy Logic for Web Structure Optimization,. Accordingly, we have shown how genetic algorithms (GA) can be applied to optimize the fuzzy membership functions. This chapter demonstrates how fuzzy logic can be applied to a deviation value to better represent the degree of restructuring.

絆住

AMPLE

Identifying High-Status Nodes in Knowledge Networks,esigned to determine node status. Based on the model, we propose the use of a new measure based on team identification and random walks to determine status in knowledge networks. Using data obtained on collaborative patent networks, we find that the new measure performs better than others in identifying high-status inventors.

古代

Immunoglobulin

MEET

礦石

A Social Network-Based Recommender System (SNRS),our system by applying semantic filtering of social networks and validate its improvement via a class project experiment. In this experiment we demonstrate how relevant friends can be selected for inference based on the semantics of friend relationships and finer-grained user ratings. Such technolog

Headstrong

Modularity for Bipartite Networks,proposes a new bipartite modularity for evaluating community extraction from bipartite networks. Experimental results show that our new bipartite modularity is appropriate for discovering close-knit communities, and it is also useful for characterizing the communities.